
Bailey’s hydraulic and electronic controls are purpose-built to withstand the harsh conditions of forestry operations. Supporting equipment such as skidders, harvesters, forwarders, and sawmills, our technology delivers precise control and consistent power for peak field performance.
Bailey’s hydraulic and electronic systems are purpose-built to withstand the harsh conditions of forestry operations. Supporting equipment such as skidders, harvesters, forwarders, and sawmills, our technology delivers precise control and consistent power for peak field performance.
Hydraulic and electronic system components including pumps, control valves, and joysticks; for precise performance in harvesters, feller bunchers, and delimbers for maximized control, safety, and cutting efficiency in demanding forestry environments.

Durable hydraulic cylinders, motors, and manifolds engineered for skidders, forwarders, and grapples, ensuring smooth steering, lifting, and loading with reliable power and minimal downtime.

Precision-engineered hydraulics and controls such as solenoid valves, power units, and electronic interfaces for portable sawmills that improve throughput, operator control, and safety in every cut.


For over 40 years Bailey has delivered performance-driven hydraulic and electronic solutions that perform in the toughest conditions of the forestry industry.

From harvesters and feller bunchers to skidders and sawmills, Bailey’s hydraulic parts are built for the extreme demands of forestry. Each component is designed for performance, to help operators work efficiently while minimizing downtime and maintenance needs.

Bailey’s hydraulic and electronic controls provide responsive, fine-tuned performance for steering, lifting, cutting, and loading to enhance precision, reduce operator fatigue, and ensure smoother, safer machine operation.

Forestry conditions test equipment to the limit, that’s why Bailey products are sealed and protected for lasting durability. Our IP69-rated control electronics resist dust, moisture, and temperature extremes; maintaining dependable performance through rain, mud, and debris.